Stretching is a commonly used process in stainless steel processing, but it is easy to produce tensile marks during the stretching process. The formation of tensile scars depends to a large extent on the material and hardness of the stainless steel material, as well as the speed and number of stretches. Once tensile marks occur during the stretching process, it will have a great impact on the quality and aesthetics of the final product

Drawing of mold drawings for metal stamping parts.In a hardware stamping parts processing factory, stamping molds are required for stamping and processing hardware stamping parts. Today I will briefly introduce the drawing of the mold drawing of this stamping mold.

Flanging is a kind of metal stamping parts forming process. Flanging can be divided into elongation type flanging and compression type flanging according to the deformation properties.

First of all, to improve the quality of precision metal stamping parts, the most important thing is to control the quality of the mold well, ensure the high accuracy of the mold, reduce the folding phenomenon of stamping parts, and improve the accuracy of stamping parts.

Metal stamping parts are used in a wide range of applications. Due to their high processing accuracy, fast efficiency and controllable cost, the stamping process is chosen by most industries and products.

Phosphor bronze precision stamping parts are a material used to manufacture precision parts and are widely used in the electronics industry due to their excellent mechanical properties, high strength and weldability

Metal stamping is a commonly used metal forming process. It presses metal materials through molds to obtain the required shape and size of parts. During the metal stamping process, you should pay attention to the following points

The production process of copper stamping parts is roughly divided into the following steps

Sheet metal parts spray painting pre-treatment process.Degreasing.There is often oil stain on the surface of sheet metal parts, which will affect the painting effect if not treated.

Aluminum oxide is a material that is corrosion-resistant, has high hardness and has good wear resistance. Spraying aluminum oxide can evenly coat aluminum oxide crystals on the surface of the substrate, thereby improving the hardness and wear resistance of the material and increasing the service life of the material.
At the same time, spraying aluminum oxide can also improve the surface finish and flatness of the material and improve its anti-corrosion ability. Therefore, spraying aluminum oxide is a commonly used surface treatment method and is widely used in ships, construction, automobiles and other fields.